Kohsei Takehara
Papers
1
Total Citations
19
H-Index
1
About
Kohsei Takehara is a materials scientist recognized for pioneering work in the visualization and analysis of thermal spray coating processes, particularly for plasma-sprayed zirconia. His key research areas include in situ diagnostics of splat formation, coating microstructure evolution, and the mechanics of high-temperature ceramic deposition. Takehara’s most notable contribution is the development of real-time imaging techniques that capture the dynamic impacting phenomena of molten zirconia droplets—from single splat solidification to the buildup of full coatings. This work, published in 2008 and cited 19 times, provided foundational insights into how process parameters control splat morphology, porosity, and adhesion, directly impacting the reliability of thermal barrier coatings in aerospace and energy applications. By bridging the gap between fundamental droplet behavior and practical coating performance, Takehara has advanced the design of more durable ceramic coatings. His achievements have been recognized in the thermal spray community, and his visualization methods continue to inform both academic research and industrial process optimization.
Research Focus
Key Achievements
Top Papers
- 1